Bachelor of Science in Electrical Engineering

Electrical Engineering Program

Chair: Fred Lacy

Emeritus Professors: Walter O. Craig III, James Cross

Professors: Abolfazl Amini, Davoud Arasteh, Radian Belu, Fred Lacy, Jiecai Luo, Hamid R. Majlesein, Zhengmao Ye

Associate Professor: Yasser Ismail, Elhag Shaban

Technician: Alfred Sarkodee-Adoo

Administrative Assistant: Nashawn Bell

The Department of Electrical Engineering offers a program of study in methods of design, application, and analysis of electrical systems. Emphasis is placed on the fundamentals of electrical engineering, as well as advanced topics. The goal is to prepare graduates capable of performing well in industry and in graduate school. There is a total of 128 credit hours in the electrical engineering curriculum required for graduation.

The electrical engineering program is accredited by the Engineering Accreditation Commission (EAC) of the Accreditation Board for Engineering Technology (ABET).

Electrical Engineering Program Educational Objectives (PEOs)
The electrical engineering curriculum at Southern University is dedicated to preparing students for productive careers in the state, nation, and the world. Within a few years after graduation, graduates of the electrical engineering program will:

PEO-1:

Have developed the skills pertinent to design electrical engineering systems, including the ability to formulate problems clearly, to think creatively, to synthesize information globally, to work collaboratively, and to communicate effectively.

PEO-2:

Have an understanding of ethical and professional responsibilities when using data analysis, computational skills, and experimental techniques to solve electrical engineering problems.

PEO-3:

Have demonstrated the knowledge necessary to function effectively in roles of leadership and service to the public; necessary preparation for this is gained in areas such as basic management, business and public policy and this preparation will allow graduates to continue learning and adapting to evolving technologies, procedures, and concepts in electrical engineering.

Core and Common Courses

Electrical Engineering students are required to earn a grade of “C” or higher in the following core and common courses. 

Core Mathematics and Science Requirements for Electrical Engineering Majors

SMAT 211BAnal Geometry & Calculus I

4

SMAT 212BAnal Geometry Calculus II

4

MATH 364BAnal Geometry & Calculus III

4

ENGR 330BDifferential Equations for ENG

3

SPHY 213BGeneral Physics

3

And

SPHY 213LBGeneral Physics

1

SPHY 215BGeneral Physics

3

And

SPHY 214LBGeneral Physics

1

SCHE 132BGeneral Chemistry

3

SCHE 132LBGeneral Chemistry Laboratory

1

Common Engineering Courses

ENGR 120BFreshman Engineering I

2

ENGR 130BFreshman Engineering II

2

ENGR 230BTechnical Communications

2

ENGR 320BProbability and Statistics

2

ENGR 400BEngineering Seminar

1

Degree Requirements

Students enrolled in the electrical engineering program must successfully complete an approved program of study of 128 credit hours.

First Year

First Semester

FRMN 120BCollege Success Skills

2

Or

FRMN 121BCollege Success Skills w/Lab

2

ENGR 120BFreshman Engineering I

2

SMAT 211BAnal Geometry & Calculus I

4

SCHE 132BGeneral Chemistry

3

SCHE 132LBGeneral Chemistry Laboratory

1

SENL 101BEnglish Composition I

3

Second Semester

ENGR 130BFreshman Engineering II

2

SENL 102BEnglish Composition II

3

SMAT 212BAnal Geometry Calculus II

4

SPHY 213BGeneral Physics

3

SPHY 213LBGeneral Physics

1

BIOL
Life Science Requirement

3

Second Year

First Semester

ELEN 208BElectrical Cricuits I

3

ELEN 210BElectrical Circuits Lab I

1

ENGR 230BTechnical Communications

2

MATH 364BAnal Geometry & Calculus III

4

SPHY 215BGeneral Physics

3

SPHY 214LBGeneral Physics

1

SECO 211BPrinciples of Economics

3

Second Semester

ELEN 209BElectrical Circuits II

3

ELEN 211BElectrical Circuits Lab II

1

ENGR 330BDifferential Equations for ENG

3

SENL 240BIntro to African American Lit

3

ELEN 303BDigital Logic Design

3

ELEN 305BDigital Logic Design Lab

1

HIST
History Requirement

3

Third Year

First Semester

ELEN 312BEngineering Electronics I

3

ELEN 314BEngr Electronics Lab I

1

ENGR 320BProbability and Statistics

2

ELEN 341BElectromagnetic Field Theory

3

CIEN 310BEngineering Economy

3

ELEN 304BIntro to Microprocessors

3

ELEN 306BMicroprocessor Lab

1

Second Semester

ELEN 313BEngineering Electronics II

3

ELEN 315BEngr Electronics Lab II

1

ELEN 342BElectrical Machinery I

3

ELEN 344BElectrical Machinery Lab I

1

ELEN 390BSignals & Systems

3

Electrical Engineering Elective

3

Technical Elective

3

Fourth Year

First Semester

ELEN 493BSenior Design Project I

1

ELEN 409BCommunication Engr I

3

ELEN 431BControl Systems Analysis

3

ENGR 400BEngineering Seminar

1

Electrical Engineering Elective

3

Technical Elective

3

Technical Lab Elective

1

*These four (4) credits of technical electives lecture/lab can be replaced with MEEN 229.

Second Semester

ELEN 494BSenior Design Project II

2

Electrical Engineering Elective

3

Electrical Engineering Lab Elective

1

Arts Requirement

3

Social Science Requirement

3

HIST
History Requirement

3

Electrical Engineering Technical Elective Groups

The electrical engineering electives are arranged in groups to allow students to choose the required technical elective courses/laboratories from the list shown below.

Group I: Computers

ELEN 317BEngr Use of Computers

3

ELEN 405BDigital Signal Processing

3

ELEN 406BDigital Signal Filter Dsgn Lab

1

ELEN 464BMechatronics

3

ELEN 472BComputer Communications System

3

ELEN 474BComputer Systems

1

ELEN 475BComputer Network

3

ELEN 476BComputer Network Lab

1

Group II: Power and Control Systems

ELEN 343BElectrical Machinery II

3

ELEN 405BDigital Signal Processing

3

ELEN 406BDigital Signal Filter Dsgn Lab

1

ELEN 426BIntro to Energy Systems

3

ELEN 432BDiscrete Control Systems

3

ELEN 433BControl Systems Laboratory

1

ELEN 435BControl Systems Design

3

ELEN 441BPower Systems Fundamentals

3

ELEN 442BPower Systems Analysis

3

ELEN 445BPower Electronics

3

ELEN 455BRenewable Energy Systems

3

Group III: Communications

ELEN 325BElectromagnetic Field TheoryL

1

ELEN 405BDigital Signal Processing

3

ELEN 406BDigital Signal Filter Dsgn Lab

1

ELEN 412BCommunication Engr II

3

ELEN 415BCommunication Systems Lab

1

ELEN 472BComputer Communications System

3

ELEN 475BComputer Network

3

ELEN 476BComputer Network Lab

1

Group IV: Electronics

ELEN 418BDevice Physics

3

ELEN 419BIntegrated Circuit Dsgn & Anal

3

ELEN 421BTest Engr for Mixed Signal Cir

3

ELEN 422BTest Engr for Mixed Sig Lab

1

ELEN 445BPower Electronics

3

ELEN 464BMechatronics

3

Group V: Miscellaneous

ELEN 417BAdvanced Topics in Elen

3

ELEN 490BElect Des Project

1

*Must have significant technical content [CMPS 302 cannot be used.]

General Technical Electives

ENGR 340BEngineering Mathematics

3

ENGR 499BEngineering Practice CO-OP Edu

3

MEEN 229BStatics/dynamics for EE majors

4

MEEN 300BThermodynamics I

3

Computer Science Elective

3

*Must have significant technical content [CMPS 302 cannot be used.]